I’m also in the desktop camp. But I just purchased a Framework 16. The upgradable dGPU (assuming they release new ones) might make laptops more viable for gaming.

Good news, It’s coming out on PC.

I do this for LAN parties. Easier to fly with a steam deck and portable monitor than my desktop. I’m not looking to buy a gaming laptop just for LANs.

Not surprisingly, North Korea’s Red Star OS has a closed source fork of KDE.

To their credit, they released a tool to patch the bios yourself. Which is about all they can do in case they stop existing. https://github.com/DeckHD/BiosMaker

As far as I’m aware, the Chromecast 4K does not support AV1. The newer Chromecast TV does but does not support 4K. So atm you have to pick between 4K or AV1.

I like the game, but it doesn’t take advantage of the Steam Deck’s touch pads at all. A hybrid mouse/controller scheme would work very well for this type of game. And atm you can’t even make a custom hybrid control scheme because switching between m/kb and controller is bugged.

Without knowing if the source is accurate, it’s about the NES Tetris not the Gameboy Tetris. So saying someone has beaten GB Tetris isn’t really relevant.

Is it Hell Let Loose? I started playing it since they support Linux now, very well done Battlefield-like game. I haven’t played much BF since 1942.

If you’re not just being facetious, https://areweanticheatyet.com/ is a good source.

According to them ~58% of anti-cheat games work. There’s been a large uptick of anti-cheat support since the Steam Deck.

According to ProtonDB, 86% of the top 1000 games on Steam function (Silver+ rating). It’s a pretty safe bet that the most of the missing 14% is probably due to anti-cheat.

Interesting, I’ll have to look at the source article.

But as far as I’m aware the total amount of nuclear power has been decreasing in recent years. This might change with China’s future plants.

I’ve also read about small modular reactor designs gaining traction, which would help alleviate the heavy costs of one off plants we currently design and build.

Not saying the source is wrong, just saying that’s what I used to form my opinion.

I think that’s too simplistic of a view. Part of the high cost of nuclear is because of the somewhat niche use. As with everything, economies of scale makes things cheaper. Supporting one nuclear plant with specialized labor, parts, fuel, etc is much more expensive then supporting 100 plants, per Watt.

I can’t say more plants would drastically reduce costs. But it would definitely help.

I see a set-top box that uses the same SoC as a deck as a possibility if they can get it cheap enough. Maybe paired with a new Steam Controller.

Throwing UTC everywhere doesn’t solve comparisons around leap seconds. I’m sure they’re other issues with this method, but this is kinda the point of “just use a library”. Then it’s someone else’s problem.

Go to a library, some have scanners with feeders that will scan to a flash drive.

Cities Skylines 2 fixes this a little, there’re actual parking lots built into businesses and extra parking lots you can build. The scale is still a little funky, but it’s more in line with the general scale of the game now.

They did the same for all the moon rock samples. This video was a pretty cool look into the facility: https://youtu.be/QxZ_iPldGtI?si=EY6m-JLY0pEgTj_3

I’m not sure what definition of UBI you’re using, but not all forms of UBI need to cover the entirety of living expenses. UBI is just having income without strings attached. This very study is showing that even small amounts of money can help people get out of shitty situations.

Also as someone who lives in Dever, it’s not that expensive. Sure $1500+ is what you’ll pay around LoDo, but there are plenty of cheaper places.

Sort of, they also use the local price. So tarrifs play a role.

https://www.openttd.org/